KTS Central Hot Water Heating

ThermoSystem KTS

The results of consistent ongoing development

With the new KTS Water Heaters, ThermoSystem KTS has proved itself as a pioneer of water heaters. KTS can supply water for almost any type of building or application, with increased speed, hygiene, efficiency and innovation.

Progress through KTS

With the increasing focus on harmonising the use of regenerative energy sources and maintaining drinking water hygiene, there are new and demanding requirements for drinking water heating systems. As a consequence, building technology components need to be better-performing and more flexible than ever. This also applies to their ability to communicate with a central building management system. All the while, time is increasingly of the essence in planning and execution. This means future systems need to be highly favourable in terms of sizing, assembly and commissioning.

Why choose instantaneous hot water heating?

Ensuring drinking water hygiene while maximising energy efficiency is currently one of the most significant challenges in building technology. It’s essential to choose the right technology for the job. You need it to allow you to avoid risks that may affect drinking water hygiene while also enabling you to use energy as efficiently and sustainably as possible. KEMPER ThermoSystems KTS Water Heaters provide innovative solutions for this very purpose.

With outstanding performance data even at low flow temperatures, they’re considerably more effective at cooling the heating means as storage systems. This ensures that energy is used much more efficiently and the use of regenerative energy sources is more cost-effective. These solutions also provide significant advantages in terms of drinking water hygiene. Even at least water usage, the water content of the instant heating system is completely exchanged (e.g. only 3 litres for KTS Water Heater M). In contrast, hot water withdrawals in large properties often store volumes a thousand times larger, increasing the risk of stagnation.

Technical data
	M station	L station
PWH removal flow rate*	1.6 l/min - 75 l/min	1.6 l/min - 120 l/min
PWH temperature	30 - 70°C	30 - 70°C
Thermal disinfection	70 - 90°C	70 - 90°C
Max. performance*	262 kW	418 kW
Dimensions H1 x L1 x D1	749 mm x 550 mm x 388 mm	749 mm x 550 mm x 388 mm
*Values are based on storage temperature of 80°C and hot water temperature of 60°C

	Copper solder	Copper solder	Stainless steel	Stainless steel
	M station	L station	M station	L station
single unit	9152010100	9153010100	9252010100	9253010100
2-stage cascade	9152000200	9153000200	9252000200	9253000200
3-stage cascade	9152000300	9153000300	9252000300	9253000300
4-stage cascade	9152000400	9153000400	9252000400	9253000400
5-stage cascade	9152000500	9153000500	9252000500	9253000500